bob_super writes:
"The rumors are getting more persistent that Altera may abandon the move to Intel fabs and go back to TSMC.
While this seems to be specifically due to delays at the 14nm node, would failing to deal with the 2nd biggest FPGA vendor doom Intel's attempt to open its fabs to others?"
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Related: Can Intel Really Share its Fabs?
(Score: 4, Informative) by ikanreed on Wednesday March 05 2014, @09:07PM
I was annoyed at how uninformative as to details and context the summary was. So I clicked the article and got a whole extra sentence of information.
They've improved the yield rate. That means something to me, apparently.
(Score: 3, Funny) by Sir Garlon on Wednesday March 05 2014, @09:10PM
Yeah, those are all English words (except maybe "fabs") but when put together in that order, they do not make any sense.
[Sir Garlon] is the marvellest knight that is now living, for he destroyeth many good knights, for he goeth invisible.
(Score: 1) by tibman on Wednesday March 05 2014, @10:30PM
Sounds like TSMC is doing well at 20nm. I didn't understand the sharing of Intel's fab from the article. It isn't mentioned. Sounds like something that everyone should just know. If Altera was supposed to be the first non-Intel company to use Intel's 14nm fab then that is interesting. But seriously, Intel can't expect someone to wait around for the next six months and not make chips.
SN won't survive on lurkers alone. Write comments.
(Score: 2) by TheRaven on Thursday March 06 2014, @02:42PM
Intel has been trying to encourage SoC makers to use Atom cores and Intel's fabs, so that they can compete with ARM. The traditional model for ARM licensees is to license a core design (or a few) from ARM, possibly (depending on their in-house expertise, the amount they're willing to pay ARM, and their target market) hack them up a bit, and then stick some extra stuff (custom coprocessors) on the die. Altera does this with quite a few parts, combining 1-4 ARM cores with an FPGA so that you can prototype custom coprocessors (or even ship the FPGA version, if the volume is sufficiently low that it's cheaper than an ASIC).
For people in the traditional ARM model, ARM is more or less a single supplier, but they have a lot of competing fabs, each of which is interested in new orders. ARM will put their licensees in contact with fabs, but they can also be completely independent contracts. In the Intel world, you get everything together but the down side is that you are a tiny customer for the fabs, whereas Intel's own product lines are a huge customer.
This is combined with the fact that TMSC has had better luck with their latest die shrink than Intel and so makes using Intel fabs a lot less sensible. This is unfortunate for Intel, because getting companies to use their fabs is a key part of getting companies to produce Atom SoCs, which is core to their plan to compete with ARM. If you're making a new phone, table, or whatever, Atom doesn't look that interesting because it's a single-vendor solution. In contrast, if you buy an ARM SoC from, say, Samsung and have a bad experience with them, you can easily get the next one from Qualcomm and reuse most of your software stack, including third-party userspace software.
sudo mod me up
(Score: 2, Interesting) by Admiral on Wednesday March 05 2014, @09:08PM
I like Altera's FPGA/SoC products as a hobbyist, but I can't afford their non-low-end stuff anyway. So, whether they use TSMC on 16nm or Intel on 14nm it's no difference to me. :)
(Score: 5, Insightful) by mwvdlee on Wednesday March 05 2014, @10:08PM
original: "We may abandon our move to Intel fabs".
translation: "Lower your prices Intel, or else!"